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National Ignition Facility - Opto-Mechanical Design & Documentation

Optics-enclosure design and extensive controlled engineering drawing/documentation work supporting precision optical hardware for the National Ignition Facility.

Opto-MechanicalFusion ResearchEngineering DrawingsASME

What the work involved

Designed optics-enclosure hardware supporting precision optical/mechanical assemblies.
Produced and supported a large controlled drawing and documentation set to ASME standards.
Worked with precision optical/mechanical hardware, mounts, interfaces, and alignment-sensitive assemblies.
Supported drawing release, revision control, and technical communication in a large research environment.

Portfolio highlights

NIF / LLNL fusion-research program context
Optics-enclosure design
Controlled ASME drawing production
Precision optical/mechanical documentation and interfaces

Public-safe portfolio summary. The renderings illustrate the engineering domain and interface complexity; proprietary dimensions, controlled drawings, and exact program geometry are not reproduced.

Representative overall optical rail and beamline assembly rendering. — Representative optical rail and beamline assembly — overall system context.

Representative precision opto-mechanical interface hardware and mounts. — Representative interface hardware and precision mounts showing component integration and alignment features.

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